Srijib Mukherjee
Also known as: Srijib K Mukherjee
Westwood PS (A Blackstone Company), University of Tennessee, Duke University, University of Miami, Oak Ridge National Laboratory, Manipal Institute of Technology
About
Srijib comes with 37 years of research, engineering/EPC services, academic and management experience in Power Systems Operations, Power Generation Engineering, Transmission Planning, Energy Markets, Electrical Grid Resiliency and Distributed Generation of Power Systems. Srijib has an MBA in Finance from Duke University, MS in Electrical Engineering from the University of Miami and a B.E. (Bachelor of Engineering, Electrical Power Engineering) from The Manipal Institute of Technology. He has a Joint Faculty, Professor appointment with the University of Tennessee's and Oak Ridge National Laboratory’s Bredesen Center. Srijib’ s research and engineering interests are in the technologies surrounding autonomous cars, electric charging infrastructure and energy storage. His experience spans 14 years with US electric utilities (CP&L/Duke Energy, Nevada Power/NV Energy, and FP&L/NextEra Energy), 13 years with various technical and management energy consulting firms (Quanta Technology/Quanta Services, Pike Electric and Mott MacDonald), 10 years as an Adjunct and Research Faculty member at The University of North Carolina, Charlotte and The University of Tennessee, Bredesen Center and 4 years with Government Agencies (NOAA and ORNL). He has published over 30 peer reviewed, refereed research papers in various journals and conferences, 14 DOE Technical Reports at The Office of Science and Technical Information (OSTI) and has 2 patents and 1 invention disclosure under patent application. He is also a veteran Program Evaluator (PEV) for the Accreditation Board of Engineering Technology (ABET) and is an Alternate Board Member of the IEEE Committee on Engineering Accreditation Activities (IEEE CEAA). Additionally, he is licensed to practice engineering as a Professional Engineer (P.E.) in the States of NC, NV and CA and licensed to operate the US Grid as a NERC Certified System Operator. Srijib has mentored advised and chaired 10 Ph.D. and master’s student’s thesis committees in Energy Science and Power Systems research. He volunteers his time to tutor high school math (Algebra, Geometry and AP Calculus) to low-income students in his school district. He is a parent with two college age children (one in law school and the other a Military Cadet who just graduated and is also in law school). He enjoys gardening, pickle ball, tennis, and non-fiction books.
Employment
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Westwood PS (A Blackstone Company) Senior Principal Engineer2026 - Present
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University of Tennessee Joint Faculty2020 - Present
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Oak Ridge National Laboratory Senior R&D Staff Member2019 - 2026
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Mott MacDonald Iselin Distinguished Engineer2018 - 2019
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Pike Electric Company Principal Engineer2014 - 2018
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University of North Carolina at Charlotte Adjunct Faculty2012 - 2019
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Quanta Technology (United States) Director/Principal Advisor2006 - 2014
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Duke Energy Lead Engineer1999 - 2006
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Nevad Power Company Senior Engineer1994 - 1999
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NOAA Research Summer Intern1991 - 1991
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Florida Power and Light Company Inc Summer1990 - 1990
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University of Miami Teaching Assistant/Research Fellow1989 - 1994
Education
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Duke University Weekend Executive MBA2001 - 2004
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University of Miami Ph.D.1991 - 1994
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University of Miami MSEE1989 - 1991
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Manipal Institute of Technology B.E.1985 - 1989
Projects & Funding
Projects & funding information is unavailable.
Publications (43)
- Techno-Economic Evaluation of a 600MW Pumped Storage Hydropower Plant using the Pumped Storage Hydropower Valuation Tool Save
- Flexible Load and the Electricity Grid: A Bitcoin Story Save
- Future Industrial Demand: Large, Elastic, and Concentrated [Guest Editorial] Save
- Hydroclimate-coupled framework for assessing power system resilience under summer drought and climate change Save
- Using Artificial Intelligence to Improve Reliability and Operational Efficiency of Small-Scale Hydroelectric Distributed Generation Save
- Using Artificial Intelligence to Improve Reliability and Operational Efficiency of Small-Scale Hydroelectric Distributed Generation Save
- River Flow 2022 Save
- Modeling the impact of extreme summer drought on conventional and renewable generation capacity: Methods and a case study on the Eastern U.S. power system Save
- A Hydropower facility as an Energy Water Signal Processor Save
- The Challenges of Modeling Distributed Energy Resources (DERs) as Blackstart Resources and for Volt-VAR Optimality Save